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TDD MIMO simulates wireless repeater
Divided by frequency band: FDD dual band, FDD triple band, TDD dual band, TDD triple band, FDD+TDD dual-mode, TDD MIMO, etc
Divided by power: 5W, 10W, 16W, 20W, 25W, 50W, 80W
Divided by engineering design scheme: analog repeater station (including wireless or fiber optic), ICS digital wireless repeater station, digital fiber optic repeater station, MIMO repeater station, trunk amplifier
Classified by usage scenarios: tunnel communication, tunnel signal coverage, small station use, positioning use, electronic fence use, commercial use of China Mobile Unicom telecommunications operators, etc
Divided by engineering design scheme: analog repeater station (including wireless or fiber optic), ICS digital wireless repeater station, digital fiber optic repeater station, MIMO repeater station, trunk amplifier
Classified by usage scenarios: tunnel communication, tunnel signal coverage, small station use, positioning use, electronic fence use, commercial use of China Mobile Unicom telecommunications operators, etc
Introduction:
Divided by frequency band: FDD dual band, FDD triple band, TDD dual band, TDD triple band, FDD+TDD dual-mode, TDD MIMO, etc.
Divided by power: 5W, 10W, 16W, 20W, 25W, 50W, 80W
Divided by engineering design scheme: analog repeater station (including wireless or fiber optic), ICS digital wireless repeater station, digital fiber optic repeater station, MIMO repeater station, and trunk amplifier.
Divided by usage scenarios: tunnel communication, tunnel signal coverage, small station use, positioning use, electronic fence use, mobile China Unicom telecommunications operator commercial use, etc.
Product Description:
In mobile communication systems, base station designs with different powers cover a certain geographical range. In fact, due to the obstruction or shielding of terrain, buildings, etc., some base station signals in certain areas cannot be covered or have poor coverage, known as "blind spots", such as in large buildings, subways, tunnels, factories and mines, etc; There are also areas such as urban villages where wired transmission is difficult to cover. If all similar problems are solved using base stations, the cost is huge, the construction period is long, and it is extremely uneconomical.
To solve such problems, a repeater relay scheme can be adopted to eliminate blind spots within the original design coverage area.
Product features:
Adopting modular structure, MIC microstrip process, MID patch technology, high Q cavity filter, and SAW acoustic surface filter, it has the advantages of high reliability, good interchangeability, and easy maintenance.
Equipped with power, standing wave, temperature and fault detection, and with active fault reporting function
Equipped with ATT and ALC control functions
Monitoring function: With local or remote monitoring function, it can monitor the operation status of the equipment.
The product series is complete, with a complete power level to meet different usage requirements
Divided by power: 5W, 10W, 16W, 20W, 25W, 50W, 80W
Divided by engineering design scheme: analog repeater station (including wireless or fiber optic), ICS digital wireless repeater station, digital fiber optic repeater station, MIMO repeater station, and trunk amplifier.
Divided by usage scenarios: tunnel communication, tunnel signal coverage, small station use, positioning use, electronic fence use, mobile China Unicom telecommunications operator commercial use, etc.
Product Description:
In mobile communication systems, base station designs with different powers cover a certain geographical range. In fact, due to the obstruction or shielding of terrain, buildings, etc., some base station signals in certain areas cannot be covered or have poor coverage, known as "blind spots", such as in large buildings, subways, tunnels, factories and mines, etc; There are also areas such as urban villages where wired transmission is difficult to cover. If all similar problems are solved using base stations, the cost is huge, the construction period is long, and it is extremely uneconomical.
To solve such problems, a repeater relay scheme can be adopted to eliminate blind spots within the original design coverage area.
Product features:
Adopting modular structure, MIC microstrip process, MID patch technology, high Q cavity filter, and SAW acoustic surface filter, it has the advantages of high reliability, good interchangeability, and easy maintenance.
Equipped with power, standing wave, temperature and fault detection, and with active fault reporting function
Equipped with ATT and ALC control functions
Monitoring function: With local or remote monitoring function, it can monitor the operation status of the equipment.
The product series is complete, with a complete power level to meet different usage requirements
Parameters:
Main technical indicators of TDD MIMO analog wireless repeaters
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13806026108